function [rowNamesMapping] = getRowNamesMapping()
	rowNamesMapping = {
		'origdestsameCanton',						'Dummy for same canton';
		'origdestWeight_Contiguity',				'Dummy for contiguous cantons';
		'origdestsameDEP',							'Dummy for same departement';
		'origdestMobilitePro',						'Commuters from k to kprime (per capita)';
		'origdest(Weight_TouristTrip x 1e1)',		'Leisure trips from k to kprime (per capita)';
		
		'tdestlog_LaggedProviders_density',			'Log density of providers at destination at k2';
		'toriglogLaggedProviders_density',				'Log density of providers at destination at k1';
		'toriglog_LaggedConsumersOrig_density',		'Log density of consumers living in origin at k1';
		'toriglogLaggedConsumersOrig_density',		'Log density of consumers living in destination at k1';
		'toriglogLaggedConsumersDest_density',		'Log density of consumers who transacted in destination at k1';
		'tdestlog_LaggedConsumersDest_density',       'Log density of consumers who transacted in destination at k2';
		%
		'tdestlogLaggedProviders',                     'Log number of providers at destination at k2';
		'toriglogLaggedProviders',                     'Log number of providers at destination at k1';
		'toriglogLaggedConsumersOrig',                'Log number of consumers living in destination at k1';
		'toriglogLaggedConsumersDest',                'Log number of consumers who transacted in destination at k1';
		
		'torigsameCanton_TIMES_logLaggedConsumers_density',                           'Log density of consumers in same canton';
		'torigsameCanton_TIMES_logLaggedProviders_density',                           'Log density of providers in same canton';
		
		'torigWeight_Contiguity_TIMES_logLaggedProviders_density',                    'Avg. log density of providers in contiguous cantons';
		'torigsameDEP_TIMES_logLaggedProviders_density',                              'Avg. log density of providers in other cantons of the same departement';
		'torigMobilitePro_Within_ResidenceLocation_TIMES_logLaggedProviders_density', 'Avg. log density of providers in other cantons weighted by commuting flows';
		'torigWeight_TouristTripCondOrigin_TIMES_logLaggedProviders_density',         'Avg. log density of providers in other cantons weighted by leisure trip flows';
		
		'torigWeight_Contiguity_TIMES_logLaggedConsumers_density',                    'Avg. log density of consumers in contiguous cantons';
		'torigsameDEP_TIMES_logLaggedConsumers_density',                              'Avg. log density of consumers in other cantons of the same departement';
		'torigMobilitePro_Within_TravailLocation_TIMES_logLaggedConsumers_density', 'Avg. log density of consumers in other cantons weighted by commuting flows';
		'torigWeight_TouristTripCondDestination_TIMES_logLaggedConsumers_density',         'Avg. log density of consumers in other cantons weighted by leisure trip flows';
		
		'destlog((1+NumPublicTransitStops)/Area)',	'Log density of public transit stops at k2';
		'destlog(NumPublicTransitStops + 1.0)',     'Log number of public transit stops at k2';
		'destlog((1+NumCarRentalAgencies)/Area)',	'Log density of rental agencies at k2';
		'destlog(NumCarRentalAgencies + 1.0)',      'Log number of rental agencies at k2';
		'destlog(Area)',							'Log surface area of destination canton at k2';
		
		
		'origlog((1+NumPublicTransitStops)/Area)',  'Log density of public transit stops';
		'origlog((1+NumCarRentalAgencies)/Area)',   'Log density of rental agencies';
		'origlog(Area)',							'Log surface area of canton';
		
		
		'origlog(PopDensity)',						'Log density of population at k1';
		'destlog(PopDensity)',						'Log density of population at k2';
		
		'origlog((1+NumCommutersToLocation)/Area)',	'Log density of incoming commuters at k1';
		'destlog((1+NumCommutersToLocation)/Area)',	'Log density of incoming commuters at k2';			
		'origlog(NumCommutersToLocation + 1.0)',    'Log number of incoming commuters at k1';
		'destlog(NumCommutersToLocation + 1.0)',    'Log number of incoming commuters at k2';
		
		'origlog((1+NumTouristBeds)/Area)',			'Log density of tourist beds at k1';
		'destlog((1+NumTouristBeds)/Area)',			'Log density of tourist beds at k2';
		'origlog(NumTouristBeds + 1.0)',            'Log number of tourist beds at k1';
		'torig(Car costs x 1e-3)',					'Costs related to car providership (in 1,000 euros) at k1';
		'tdest(Car costs x 1e-3)',					'Costs related to car providership (in 1,000 euros) at k2';
		
		'orig(MedianIncome x 1e-5)',				'Income (in 100,000 euros) at k1';
		'orig(UnemploymentRate x 1e1)',				'Unemployment rate at k1';
		'origFractionDiplBelowBac',					'Frac. of people without high school diploma at k1';
		'origFractionDiplAboveBac',					'Frac. of people with higher educ. diploma at k1';
		'orig(PctageVoix_JOLY x 1e1)',				'Fraction of votes for ecological candidate at k1';
		
		'dest(MedianIncome x 1e-5)',				'Income (in 100,000 euros) at k2';
		'dest(UnemploymentRate x 1e1)',				'Unemployment rate at k2';
		'destFractionDiplBelowBac',					'Frac. of people without high school diploma at k2';
		'destFractionDiplAboveBac',					'Frac. of people with higher educ. diploma at k2';
		'dest(PctageVoix_JOLY x 1e1)',				'Fraction of votes for ecological candidate at k2';
		
		'ttspike201302',							'February 2013 spike';
		'ttsummer2013',								'Summer 2013 (TV ad campaign)';
		'torigphotoContest_IDF',					'Ad campaign in Parisian transportation at k1';
		'ttspike201311',							'November 2013 (TV ad campaign)';
		'ttTVshow20140105',							'Jan 5th 2014 (TV appearance)';
		'ttTVshow20140112',							'Jan 12th 2014 (TV appearance)';
		
		'ttNumStrikeDays',							'Rail strike day';
		'ttisWeekendDay',							'Week-end day';
		'ttNumHolidays',							'National holiday';
		'torigNumVacationsDays',					'School vacation day at k1';
		'torig(competitor_GoogleTrend x 1e-2)',		'Google Trend of competitor at k1';
		'torig(PRCP x 1e-2)',						'Precipitation at destination (in decimeters) at k1';
		'tdest(PRCP x 1e-2)',						'Precipitation at destination (in decimeters) at k2';
		'torig(TAVG x 1e-1)',						'Temperature at destination (in celsius) at k1';
		'tdest(TAVG x 1e-1)',						'Temperature at destination (in celsius) at k2';
		'origlog_Consumers_PlusOne_seeded',			'Log of initial consumers seeded at origin at k1';
		'origlog_Providers_PlusOne_seeded',			'Log of initial providers seeded at destination at k1'
		'destlog_Providers_PlusOne_seeded',			'Log of initial providers seeded at destination at k2'
		
		
		'LL',										'Log-likelihood';
		'AIC',										'AIC';
		'BIC',										'BIC';
		'MAE',										'MAE';
		'MSE',										'MSE';
		'RMSE',										'RMSE';
	};
end
